Mechatronics is centered on mechanics,
electronics, control engineering, computing, molecular
engineering which combined, make possible the generation
of simpler, more economical, reliable and versatile
systems.
The purpose of this interdisciplinary engineering field
is the study of automata from an engineering perspective
and serves the purpose of controlling advanced hybrid
system.
The word itself is a pormanteau of ¡®Mechanics¡¯ and ¡®Electronics¡¯.
Mechatronics may alternatively be referred to as ¡®electromechanical
system¡¯ or less often as ¡®control and automation engineering¡¯.
According to the current market demand & users¡¯
ever-changing needs, equipment providers are required
to design the machine with the mechatronics idea to
control the mechanical parts & operational software
components at once.
HANMI mechatronics R&D team, we have been studied
to apply it to the semiconductor equipment improving
operational function and looking for new business model.
A linear motor or linear induction motor is essentially
a multi-phase alternating cutting electric motor that
has had its stator ¡®unrolled¡¯ so that instead of producing
a rotation it produces a linear force along its length.
HANMI linear motors employ and electromagnetic principle.
Electromagnetic force provides direct linear movement
without use of cams, gears, belts or other mechanical
components.
The distinct advantage of electromagnetic force type
linear motor is able to run with high speed, acceleration,
accuracy, stiffness, direct drive and very smoothness
motion.
HANMI Semiconductor was very successful to apply the
linear motor technology to semiconductor equipments
and maintains a technology innovation to business
expansion. |
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Hybrid
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